Problem Solving and Algorithms

Problem Solving and Algorithms

1. Adriana Zárate Martínez A01731498

2. ALGORITHM

   • It is a plan to solve a problem
   • informal, mathematical and graphic.
   • When you have the algorithm, it's important to translate it into a computer program.

3. PROBLEM

   • It is a decision you need to take in order to solve the situation

4. SOLUTION

   • It is the method and tool you decided to use in order solve the situation.

5. STEPS

   • 1. Obtain a description of the problem.
     • The developer must find the way to solve the clients problem. The client must be precise with the description.
     • 2. Analyze the problem
       • Determine the start (what is the data? and what can I do with it?) and end point (changes? and What's new?).
       • 3. Develop a high-level algorithm.
         • Break down the solution; make steps. The more detailed, the better.
         • 4. Refine the algorithm by adding more detail.
           • You have to gradually add more details.
           • 5. Review the algorithm.
             • Work the algorithm step by step. After it is done, start asking new questions: generalized?, simplified? Is it similar to other?